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Duration 7 hours
Course Outline
Introduction to 6G: Strategic Vision and Operational Drivers
- Historical progression from 1G through 6G, highlighting critical inflection points
- Strategic imperatives: reduction of latency, capacity expansion, reliability assurance, and pervasive artificial intelligence
- Projected development timeline and identification of key stakeholders
Transition from 5G to 6G: Structural Differences and Evolution
- Operational constraints of 5G that 6G is designed to mitigate
- Shift toward AI-native networks and the distribution of intelligence
- Convergence of sensing, communication, and control systems
Foundational Enabling Technologies
- Terahertz (THz) communications and associated propagation challenges
- Reconfigurable Intelligent Surfaces (RIS) and next-generation antenna systems
- Advancement of Massive MIMO, full-duplex radio capabilities, and photonics integration
- Network AI, distributed learning models, and intent-driven orchestration
Spectrum Allocation, Standardization, and Regulatory Frameworks
- Spectrum requirements for 6G and issues related to international coordination
- Roles of standardization bodies, research initiatives, and the public–private partnership
- Regulatory considerations regarding privacy, spectral coexistence, and public safety
System Architectures and Cloud-Native Network Design
- Edge, fog, and cloud continuum supporting 6G service delivery
- Service-based architectures, network slicing, and programmable infrastructure
- Interoperability standards for legacy and multi-cloud environments
Applied Use Cases and Sector-Specific Verticals
- Extended reality (XR), holographic communications, and immersive collaborative workflows
- Industry 4.0, digital twins, and the tactile internet within manufacturing contexts
- Autonomous systems, vehicle-to-everything (V2X), and mission-critical mobility
- Smart city infrastructure, healthcare services, and environmental monitoring applications
Security, Privacy, and Ethical Governance
- Threat modeling for ultra-connected systems and mitigation of supply-chain vulnerabilities
- Data governance, privacy-preserving communication protocols, and trust frameworks
- Ethical and societal impacts associated with pervasive sensing and AI deployment
Deployment Challenges and Strategic Business Impact
- Infrastructure capital investment, business model viability, and total cost of ownership
- Interoperability standards, vendor ecosystem dynamics, and mitigation of lock-in risks
- Workforce skills development, organizational readiness, and change management
Workshop: Assessing Organizational 6G Readiness and Strategic Planning
- Identification of priority use cases and potential pilot opportunities
- Evaluation of gaps in infrastructure, workforce capabilities, and data maturity
- Development of a 6–18 month pilot strategy and stakeholder engagement plan
Summary and Recommended Action Steps
Requirements
- Proficiency with fundamental networking and telecommunications concepts
- Interest in technology strategy, policy formulation, or digital transformation
- Ability to interpret technical summaries and assess their business implications
Target Audience
- IT professionals and network planners
- Policymakers, regulators, and public sector officials
- Enterprise leaders and sponsors of digital transformation initiatives
